Product Brochure. BERTWave MP2110A. All BERT+ Sampling Oscilloscope. 4ch 2ch. In One. ~28.2 Gbit/s BERT. Optical. Sampling Oscilloscope

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1 Product Brochure BERTWave MP2110A All BERT+ Sampling Oscilloscope In One 4ch 2ch ~28.2 Gbit/s BERT Optical Sampling Oscilloscope

2 25 Gbit/s 4 ch Reduce cost. Increase productivity. A single box solution Gbit/s 4ch BERT + 40-GHz Sampling Oscilloscope for Multi-channel Optical Module Evaluation and 100/200/400-Gbit/s Multi-channel Optical Module Evaluation BERTWave MP2110A 2

3 A Multi-channel Optical Module, Device Manufacturing and Development Data traffic volumes are exploding with the spread of fixed-rate video streaming and cloud services. As a result, there is a need for optical interfaces for transmission equipment supporting speeds of more than 10 Gbit/s as 100 GbE and even 200 GbE and 400 GbE networks are deployed. However, there are increasing requests for less-expensive optical interfaces due to major problems with how to increase line productivity and cut costs. The BERTWave MP2110A is an all-in-one instrument with built-in BERT (Bit Error Rate Tester) and Sampling Oscilloscope (Eye pattern analysis) designed for manufacturing inspection of 100, 200, and 400G optical modules. It helps increase line productivity and cuts costs. All In One All-in-one max. 4ch 28.2 Gbit/s BERT + max. 2ch sampling oscilloscope 250 ksamples/s Captures 1 million samples in about 5 seconds Low Cost Integrated BERT and sampling oscilloscope reduce instrument capital costs -15 dbm Sensitivity Measures optical signals attenuated by peripherals such as optical switches NRZ/ PAM4 Analysis Easy, fast and high-sensitivity analysis of PAM4 signals including TDECQ with support for clock recovery Shorter Measurement Times High-speed Sampling Oscilloscope (250 ksamples/s) Multi-channel Measurement (4ch BERT and 2ch Sampling Oscilloscope) More Accurate Performance Sampling Oscilloscope Bandwidth Optical: 35 GHz (SMF), 25 GHz (MMF) Electrical: 40 GHz High Sensitivity: 15 dbm (typ., SMF) Low-Jitter: 200 fs rms (typ.) BERT Low-Jitter PPG: 600 fs rms (typ.) High-Sensitivity ED: 25 mv (typ.) Built-in PC for Stable Operation Efficient Measurement Systems Easy configuration of flexible measurement system using All-in-one and discrete instruments Slashes instrument capital costs by up to about 50% depending on selected configuration Easy measurement system configuration using sample program All-in-one support (sampling scilloscope) for both NRZ and PAM4 signals Both NRZ and PAM4 signals are supported, and there is a built-in Clock Recovery Unit for Sampling Oscilloscope. Target Applications: Evaluating PHY layer performance of optical transceiver modules, cables and component devices Transmission Paths: Ethernet, ecpri/roe, CPRI, SDH/SONET, OTN, InfiniBand, Fibre Channel Optical Transceiver Modules: SFP28, QSFP28, CFP2/4/8, SFP56, QSFP56, OSFP, QSFP-DD Cables: Active Optical Cables (AOC), Direct Attach Cables (DAC) Devices: TOSA, ROSA, High-Speed Optical Engine, PHY, Driver ICs 3

4 Configuration of Efficient Measurement Systems Integrated BERT and Sampling Oscilloscope Previous measurement systems were extremely complex due to the need for a separate BERT as the signal source and a sampling oscilloscope for Eye pattern analysis. Incorporating a BERT and sampling oscilloscope into the All-in-one BERTWave MP2110A greatly simplifies measurement system configuration. Since a 4ch BERT and 2ch sampling oscilloscope are installed in one box, measurement systems are easier to configure and control, enabling simultaneous Tx/Rx measurements of optical modules and optical devices, such as multi-channel QSFP28. Increasing the number of channels slashes the measurement time for multi-channel optical modules and devices that would otherwise require longer measurement times. Switching Previous BER Eye MP2110A BER Eye Poor Efficiency, Long Time No Switching Necessary, Simple Measurement System With synchronization of each channel, simply setting one channel of the MP2110A sets all channels simultaneously. And the MP2110A PPG can easily measure crosstalk interference required by multi-channel transmission equipment, such as Active Optical Cables (AOC) and Direct Attach Cables (DAC) systems because the test pattern can be changed for each channel. In addition, optical Eye pattern analysis is supported for up to 2ch. Furthermore, the MP2110A retains the simple settings and easy-to-use user interface of all models in the BERTWave series; in addition compatibility with MP2100B remote commands assures trouble-free instrument upgrades. Additionally, the stable operation resulting from the built-in PC guarantees performance irrespective of the operation environment. Built-in NRZ/PAM4 Clock Recovery Unit (Option 054) Usually, a sampling oscilloscope requires input of a trigger clock signal. This trigger clock can be recovered from the Data signal using this Clock Recovery Unit (CRU). The built-in CRU helps cut capital infrastructure costs by easy configuration of a measurement system with no complex cable connections. Trigger Clock connection not required Built-in Clock Recovery Unit Transmission equipment, switches, etc., with optical modules Supports clock recovery for 25.5 Gbaud to 28.2 Gbaud NRZ and PAM4 signals 4

5 Shorter Measurement Times Multi-channel Measurement With a BERT and sampling oscilloscope in one box, measurement results can be captured all at once along with simultaneous Eye pattern display. As a result, all the measurement results needed to evaluate multi-channel optical modules and devices can be seen at a glance, reducing measurement times by large margins. High-Speed Sampling and Fast Mask Margin Tests The MP2110A supports high-speed sampling at 250 ksamples/s for up to 2ch simultaneously. The built-in as standard automatic Mask Margin test function can complete capture of 1 million samples of a 25 Gbaud signal in about 5 seconds, slashing Eye pattern analysis times by 65% compared to conventional instruments. Finished in about 5 Seconds The All-in-one BERT and sampling oscilloscope makes it easy to configure and control the measurement system and supports simultaneous BER measurements and Eye pattern analysis. It reduces measurement times by 40% compared to systems using a combination of standalone instruments. Moreover, the expanded 4ch BERTS can measure errors simultaneously for all channels of QSFP28 modules. Eliminating the need to switch channels also helps reduce measurement times. Settings Comparison of Eye Pattern Analysis Times at 1 M sample Measurement Conventional Instruments (Sampling Oscilloscope) Eye Pattern Analysis MP2100A (Sampling Oscilloscope) Eye Pattern Analysis Measurement Time Cut by About 40% MP2110A (4ch BERTS + Sampling Oscilloscope) Eye Pattern Analysis And About 55% Cut Time (s) Measurement Time for 1 Million Samples 5

6 Assured Accurate Performance Sampling Oscilloscope Functions The MP2110A sampling oscilloscope has all the performance necessary for measuring optical modules such as 100 GbE, OTU4, etc., and optical devices used by optical modules. In comparison to conventional instruments, the wideband O/E draws accurate patterns of the characteristics of directly driven optical signals and optical modules for long-distance transmissions. Bandwidth: Optical: 35 GHz (SMF), 25 GHz (MMF) Electrical: 40 GHz High Sensitivity: 15 dbm (typ. SMF) Low Noise: 3.4 µw (typ. SMF) Low-Jitter: 200 fs rms (typ.) Conventional Instrument (Filter Off) MP2110A (Filter Off) The low-noise and high-sensitivity O/E plus low-jitter trigger support more accurate measurements of narrow Eye openings of PAM4 signals as well as attenuated signals passing through optical switches, etc., helping improve production-line yields. BERTWave TM MP2110A PPG Sampling Oscilloscope High-accuracy measurement by using high-sensitivity O/E DUT Optical Switch Mask Margin [%] Mask Sensitivity Optical Input Power [dbm] Estimated optical power when Mask Margin (Hit Count 0) reaches 0% (calculated from optical noise) The MP2110A built-in CRU (Option 054) cuts loss from internal splitters, helping minimize the impact on monitored waveforms; useful for monitoring waveforms requiring high-sensitivity measurement. Almost no impact on Mask Margin Without CRU With CRU : Waveform comparison at 2 dbm input 6

7 Various BERTWave MP2110A Measurement Functions BERT Wideband Operation Frequency In the standard configuration, the MP2110A BERT operates at bit rates of 24.3 Gbit/s to 28.2 Gbit/s. This range can be extended optionally to support bit rates of 9.5 Gbit/s to 14.2 Gbit/s, enabling use for various applications including 10 GbE and 100 GbE. PPG/ED Supported Bit Rates Application Example Excellent PPG/ED Performance The MP2110A PPG has a low data Jitter of 600 fs rms (typ.) for accurate measurement of the characteristics of optical modules, optical devices, etc. Additionally, the 25 mv (typ.) ED supports BER measurement of low-amplitude signals resulting from transmission path losses, helping improve DUT yields Gbit/s to 28.2 Gbit/s 32G Fibre Channel, CPRI (Option 10), InfiniBand EDR, 100 GbE, 100 GbE FEC, OTU4 9.5 Gbit/s to 14.2 Gbit/s (Option 093) InfiniBand FDR/QDR, Fibre Channel (16G, 10G, 10G FEC), 10 GbE (WAN, LAN), 40 GbE (4 10 Gbit/s), CPRI (Option 8, 9), OC-192/STM-64, OC-192/STM-64 FEC (G.975), OTU1e, OTU2, OTU2e Typical PPG Waveform Gbit/s Electrical Loopback Waveform (at PRBS 31, 200 mv Amplitude, and Precision Trigger Option On) Built-in PC for Stable Performance The MP2110A requires no external PC controller, because it has a built-in PC for measurement processing. Additionally, it supports high-speed processing irrespective of external PC controller specifications. Built-in PC Stable Performance BERTWave MP2110A 7

8 Full Range of Measurement Functions (Sampling Oscilloscope) Sampling oscilloscope supports both NRZ and PAM4 analysis. Selected max. 32 measurement result items in following list displayed on GUI, and ALL following measurement items fetched by remote control. NRZ PAM4 (Option 095) Average Power (dbm, μw) 1 Mask Margin (%) Extinction Ratio (db) 1 OMA (dbm, μw) 1 VECP (db) 1 One Level, Zero Level Eye Amplitude, Eye Height Crossing (%) SNR Jitter (P-P, RMS) (ps) Rise Time, Fall Time (ps) Eye Width (ps) DCD (%) Average Power (dbm, μw) 1 TDECQ (db) 1 Outer Extinction Ratio (db) 1 Outer OMA (μw) 1 Linearity Levels 0/1/2/3 Levels P-P, RMS 0/1/2/3 Level Skews 0/1/2/3 (ps) Eye Levels Upper/Middle/Lower Eye Heights Upper/Middle/Lower Eye Widths Upper/Middle/Lower (ps) Eye Skews Upper/Middle/Lower (ps) TJ (J2, J9, User Defined BER, Eye Opening) 2 RJ (d-d), RJ (rms) 2 DJ (d-d) 2 PJ (p-p), PJ Frequency 2 DDJ (p-p), DDPWS 2 DCD 2 ISI (p-p) 2 1: Optical signals only 2: Option 096 8

9 Full Range of Measurement Functions (Sampling Oscilloscope) Mask Margin Measurement (NRZ) Testing is simple because Mask Margin tests are performed automatically. Furthermore, since the time required for Mask Margin tests is only about 1 second, line productivity is improved because standards-compliant measurements are performed at high speed in a shorter time. Automatic measurement within 1 second Real-time margin measurements Selectable Count and Rate at Mask Hit TDECQ Measurement (PAM4) (Option 095) Easy capture of measurement results without complex settings. The low-noise (3.4 μw, typ.) high-sensitivity oscilloscope supports high-reproducibility measurement of even small Eye margin PAM4 signals. High-speed sampling shortens the time required for data collection for TDECQ analysis. Shorter measurement times help improve productivity even at PAM4 signal evaluation. 53 Gbaud PAM4 TDECQ Measurement Histogram Troubleshooting is made easier because waveform data component analysis can be performed using the mean, standard error, and scatter within the set data distribution. Reference Trace Function Saving measured waveform data for reference enables comparison of current data with previous data. NRZ Jitter Analysis (Option 096) This option supports separate analysis of Jitter components such as TJ, DJ, RJ, etc., with display in various graph formats. Fast, easy J2/J9/etc. measurements for manufacturing inspections (Eye Mode) Detailed analyses for DJ (Advanced Jitter Mode) Simultaneous Jitter Analysis and Eye Mask tests help cut measurement times 9

10 Application Examples Multi-channel Optical Module Evaluation Optical Switch Sampling Oscilloscope Eye Pattern Analyse BERT Optical In Electrical In Optical Spectrum Analyzer MS9740A 4ch ED Data In DUT BERTWave MP2110A 4ch PPG Data Out Reference Light Source Optical Attenuator Required Test Items Rx Electrical Signal Eye Pattern Analysis (NRZ: Mask Margin, Jitter, Tr/Tf, etc.) Tx Optical Signal Eye Pattern Analysis (Optical Power, NRZ: Mask Margin, Jitter, Tr/Tf, Extinction Ratio, PAM4: TDECQ, Outer OMA/Extinction Ratio, Linearity etc.) Rx Signal Rx Sensitivity Test (BER Measurement) TOSA/ROSA Evaluation BERT ED ROSA Reference Light Source PPG TOSA Optical Attenuator BERTWave MP2110A Sampling Oscilloscope Optical Switch Optical Spectrum Analyzer MS9740A Required Test Items 10 Tx Optical Signal Eye Pattern Analysis (Optical Power, NRZ: Mask Margin, Jitter, Tr/Tf, Extinction Ratio, PAM4: TDECQ, Outer OMA/Extinction Ratio, Linearity etc.) Rx Signal Rx Sensitivity Test (BER Measurement) : Use MP1900A/MP1800A PPG/ED, etc., at PAM4 signal evaluation. Optimized Measurement Costs With All-in-one simultaneous BER measurements and Eye pattern analysis, the MP2110A slashes capital costs by eliminating the need to purchase a separate BERT and sampling oscilloscope. Additionally, easy expandability to up to a 4ch BERT and an optical 2ch sampling oscilloscope supports simultaneous BER measurement at the Rx side of optical modules as well as optical waveforms at the Tx side, slashing multi-channel optical module measurement times by up to 65%. Tx/Rx Signal Mask Margin Test, Rx Signal Eye Pattern Analysis (Jitter, Tr/Tf, etc.), Tx Signal Eye Pattern Analysis (Jitter, Tr/Tf, Extinction Ratio, etc.) The MP2110A high sampling speed of up to 250 ksamples/s and built-in automatic Mask Margin test function cut Mask Margin test times. Rx Signal Reception Sensitivity Test (BER Measurement) The MP2110A BERT has a built-in PPG with a low data Jitter of just 600 fs rms (typ.) plus an ED with a high sensitivity of 25 mv (typ.). This excellent ED performance improves line yields by supporting BER measurement of low-amplitude signals after passage through the transmission path.

11 BERTWave MP2110A Application Examples Active Optical Cables (AOC)/Direct Attach Cables (DAC) Evaluation ED Electrical Interface PPG BERTWave MP2110A Required Test Items 4ch Simultaneous BER Measurement (Crosstalk Test) Differential Electrical Signal Eye Pattern Analysis Differential Electrical Signal Jitter Analysis 4ch Simultaneous BER Measurement (Crosstalk Test) Expanding the BERTWave series BERT to up to 4ch supports All-in-one simultaneous Tx/Rx measurements of high-speed, multi-channel AOC and DAC devices now becoming common as well as identification of crosstalk interference. Furthermore, Tx signal Eye pattern analysis is supported by installing the sampling oscilloscope option. Excellent BERT Performance The MP2110A BERT has a built-in PPG with a low data Jitter of just 600 fs rms (typ.) plus an ED with a high sensitivity of 25 mv (typ.). The optical module/device can be sent a signal close to the DUT characteristics using this PPG feature, and BER measurement of low-amplitude signals after passing through the transmission path is also supported. Differential Electrical Signal High Speed Eye Pattern/Automatic Mask Margin Tests Eye pattern analysis of differential electrical signals is supported by installing MP2110A-021. Moreover, the MP2110A high sampling speed of up to 250 ksamples/s and built-in automatic Mask Margin measurement function cut Mask Margin test times. Moreover, installing Option 096 supports jitter analysis of input signals. 11

12 BERTWave MP2110A Key Arrangement Scope BERT 1 Remote Lamp Lit green while MP2110A under remote control. 2 Standby Lamp Lit orange while power supplied to MP2110A. 3 Power Switch Lit green while MP2110A powered-on; flashes during shutdown. 4 USB Connector USB 2.0 connector for connecting peripheral accessories, such as mouse, keyboard, etc. 5 Frame Ground For connecting wrist strap and DUT. 6 Output Lamp Lit green during signal output from PPG connector. 7 Error Lamp Lit orange at following condition at ED. Unable to synchronize pattern (Sync Loss) Bit error detected 8 Status Lamp Lit when remote command received at normal operation Lit green at BERT Lit green, red or orange at Sampling Oscilloscope (color indicates Trigger Clock input status) Green: Trigger Clock detected normally Red: No trigger Clock detected check signal input at Trigger Clock Input connector Orange: Trigger Clock input signal out of specified frequency range 9 Fail Lamp Lit red when hardware fault detected. This may light briefly at power-on, but there is no abnormality. 10 Clock Output Connector (SMA) Outputs divided clock. 11 Sync Clock Output Connector (SMA) Outputs PPG Sync clock. Outputs PPG Sync clock (inverted). 12 External Clock Input Connector (SMA) For input of external clock. 13 PPG Output/ED Input Connector (K) Panel when MP2110A-104 installed. Can only use PPG1/ED1 when MP2110A-011 selected. When MP2110A-012 selected, can select PPG1, PPG2/ED1 and ED2. 14 Trigger Clock Input Connector (SMA) For trigger input. 15 O/E Monitor Out (K) O/E Monitor Output 16 CRU In (K) Clock Recovery Unit Input 17 CRU Out (SMA) Clock Recovery Unit Output 18 Ch A Input Connector (K) For Channel A input. Installing MP2110A-021/023/033 provides electrical connector and installing MP2110A-022/032 provides optical connector. Not supported by MP2110A-025/026/035/ Ch B Input Connector (K) Installing MP2110A-021 provides electrical connector and installing MP2110A-022/023/025/026/032/033/035/036 provides optical connector. 20 SMF For input of 860 nm to 1650 nm optical signal. Installing MP2110A-025/035 provides SMF connector only. 21 MMF For input of 800 nm to 860 nm optical signal. Installing MP2110A-026/036 provides MMF connector only. : Fit the accessory Terminator when not connected. 12

13 BERTWave MP2110A Key Arrangement Back Panel Display Port For connecting external monitor supporting Display Port specification. 23 HDMI For connecting external monitor supporting HDMI specification. 24 USB 3.0 For connecting accessories such as keyboard, mouse, external hard disk. 25 Ethernet For connecting PC or network to control MP2110A remotely. 26 Frame Ground Terminal For connecting wrist strap and DUT. 27 GPIB Connector For connection to PC to remote control MP2110A. 28 Power Inlet For connecting accessory power cord. 13

14 BERTWave MP2110A Specifications Common Remote Interfaces Ethernet, GPIB HDMI, Display Port, USB3.0 (4 ports on rear panel), USB2.0 (6 ports on front panel), Ethernet (2 ports, 10/100/1000 Base-T), Peripheral Devices Line-Out, Mic Screen output requires a display with a resolution of or higher OS Windows Embedded Standard 7 Internal Storage devices SSD, 60 GB or more Power Voltage 100 Vac to 240 Vac, (100 Vac/200 Vac System Auto-switching), 50 Hz/60 Hz Power Consumption 300 VA Operating Temperature +5 to +40 C Storage Temperature 20 to +60 C Dimensions 422 (W) (H) (D) mm (excluding projections) Mass <11 kg EMC EN , EN CE LVD EN RoHS EN50581 BERT (shared PPG/ED) Internal Clock External Clock Input Clock Output Sync Output Operation Bit Rates Frequency: 10 MHz Frequency Accuracy: ±10 ppm (1 hour after power-on, design guaranteed) Bit Rate Offset:±100 ppm (common to all channels) Connector: SMA (f) Termination: 50Ω, AC coupled Amplitude: 0.2 Vp-p to 1.6 Vp-p Waveform: Square Wave or Sine Wave Division: 1/16 (at operating bit rate of 9.5 Gbit/s to 14.2 Gbit/s) 1/40 (at operating bit rate of 24.3 Gbit/s to 28.2 Gbit/s) Connector: SMA (f) Termination: 50Ω, AC coupled Clock Source: Ch1/2 or Ch3/4 Division Ratio: 1/2 (at 9.5 Gbit/s to 14.2 Gbit/s operation bit rate) 1/4 (at 24.3 Gbit/s to 28.2 Gbit/s operation bit rate) Amplitude: 0.3 Vp-p to 0.5 Vp-p Duty: 50 ±10% Connector: SMA (f) Division Ratio: Pattern Sync, 1/8, 1/16, 1/40 Output Level High Level (V OH): 0.2 V to 0.05 V Low Level (V OL): 1.2 V to 0.7 V 24.3 Gbit/s to 28.2 Gbit/s 9.5 Gbit/s to 14.2 Gbit/s (with Option 093 installed) (in 1 kbit/s steps) 14

15 BERTWave MP2110A Specifications PPG Data Output Data Format Test Patterns Functions Data Output items are measured by the MP2110A sampling scope (with MP2110A-024). The clock output is used for the external trigger (Trigger) of the sampling scope. Number of Channels MP2110A-011: 1 (Data Out, Data Out) MP2110A-012: 2 (Data Out, Data Out) MP2110A-014: 4 (Data Out, Data Out) Connector: K (f) Amplitude Setting Range: 0.1 Vp-p to 0.8 Vp-p, 10 mv steps (single-end) 0.2 Vp-p to 1.6 Vp-p, 20 mv steps (differential output) Accuracy: ±0.02 V ±20% for settings (at Gbit/s) Data Crossing: 50% ±10% (at Gbit/s, 0.3 Vp-p Amplitude) Tr/Tf (20 to 80%): 15 ps (typ.), 17 ps (max.) (at Gbit/s, 0.3 Vp-p Amplitude) Jitter Typ. Max. 600 fs Jitter fs 3 (rms) fs fs fs Intrinsic RJ fs 3 (rms) fs fs 4 1: At Gbit/s, 0.3 Vp-p Amplitude, at 25 ±5 C test pattern PRBS : At Gbit/s, 0.3 Vp-p Amplitude, at 25 ±5 C, 1/16 Clock Pattern 3: With MP2110A-014 installed and when measurement channel and same channel clock source selected Example: Ch1/2 selected as clock source and measuring Ch1 4: With MP2110A-014 installed and when measurement channel and different channel clock source selected Example: When Ch3/4 selected as clock source and measuring Ch1 Data Out/Data Out Skew: ±8 ps: Internal (at Gbit/s, 0.3 Vp-p Amplitude) NRZ PRBS: 2 7 1, 2 9 1, , , Auxiliary Pattern: 1/2 Clock Pattern, 1/16 Clock Pattern Output On/Off, Pattern Inversion, Error addition ED Data Input Input Number MP2110A-011: 1 (Data, Data, Differential Input) MP2110A-012: 2 (Data, Data Out, Differential Input) MP2110A-014: 4 (Data, Data Out, Differential Input) Connector: K (f) Termination: 50Ω, AC coupled The DC component is terminated to GND via a 50Ω. Data Format: NRZ, Mark Ratio 50%, single-end or differential input Amplitude: 0.05 Vp-p to 0.8 Vp-p Threshold: V to V, 1 mv steps (single-end input, with external ATT factor of 0 db) Sensitivity: 25 mvp-p typ. (20 to 30 C) 40 mvp-p max. ( Gbit/s bit rate, PRBS test pattern, single-end, Mark Ratio 1/2, loopback connection) Jitter Tolerance: Gbit/s bit rate, PRBS test pattern, single-end, 50 mv amplitude Sinusoidal jitter amplitude 5 UIp-p 0.05 UIp-p Clock Recovery Test Patterns Measurements Gate Settings 100 khz 10 MHz 100 MHz Built-in PRBS: 2 7 1, 2 9 1, , , , Inverted Pattern Alarm Detection: Sync Loss (test pattern and asynchronous) Bit Error Rate Detection Error Rate: E 18 to E 03 Error Count: 0 to , E07 to E17 Regenerating Clock Detection: Input signal frequency (sampling method) History: Sync Loss, Bit Error (display reset supported) Measurement time: 1 second to 9 days 23 hours 59 minutes 59 seconds Gating cycle: Single/Repeat/Untimed Display update interval: Can display results during measurement (Current) 15

16 BERTWave MP2110A Specifications Sampling Oscilloscope Sampling Mode Measure Type NRZ Measurement Mask Test NRZ Jitter Analysis (Option 096) PAM4 Measurement (Option 095) TDECQ Measurement (Option 095) Skew 1: Optical signals only 2: Enabled when Advanced Jitter Mode Sampling Oscilloscope (Horizontal System) Eye, Pulse, Coherent Eye, Advanced Jitter (With Option 096 installed) Sampling Speed 250 ksamples/s ( nominal, Sampling Mode Eye, Number of Samples 1350, Gbaud bit rate, GHz clock rate, 2UI bit count) Amplitude/Time, Histogram, Mask Test Average Power (dbm, μw) 1, Extinction Ratio 1, OMA (dbm, μw) 1, OMA at Crossing 1, VECP 1, One Level, Zero Level, Eye Amplitude, Eye Height, Crossing, SNR, Jitter (p-p, RMS), Rise Time, Fall Time, Eye Width, DCD Rise/Fall Time Detection Level: 10 to 90%, 20 to 80% Supported Masks: Selected by filter, user created Mask Adjustment: Auto Align, user defined Margin Type: Hit Count, Hit Ratio TJ (J2, J9, User Defined BER, Eye Opening), RJ (d-d), RJ (rms) 2, DJ (d-d), PJ (p-p) 2, PJ Frequency 2, DDJ (p-p) 2, DDPWS 2, DCD 2, ISI (p-p) 2 Graph: TJ/RJ/PJ/DDJ Histogram, DDJ vs. Bit, Bathtub, PJ vs. Frequency Average Power (dbm, μw) 1, TDECQ 1, Outer ExR 1, Outer OMA 1, Linearity, Levels 0/1/2/3, Levels RMS (0/1/2/3), Levels P-P (0/1/2/3), Level Skews (0/1/2/3), Eye Levels (Upper/Middle/Lower), Eye Heights (Upper/Middle/Lower), Eye Widths (Upper/Middle/Lower), Eye Skews (Upper/Middle/Lower) TDECQ Equalizer No. of Taps: Choice of 5, 7, and 9 Tap Width: 1 UI (T-spaced) Threshold Adjustment (IEEE802.3cd) Target SER can be specified Time equivalent to ± (number of displayed bits)/2 UI (0.1 ps steps) Connector: SMA (f) Termination: 50Ω, AC coupled Frequency: 0.1 GHz to 15.0 GHz Trigger clock Sensitivity: Specified as trigger clock frequency input up to 1 GHz Typ. 100 mvp-p 200 mvp-p (at 25 C, MP2110A-024 Precision Trigger On) Max. 200 mvp-p Clock Trigger Input Max. Amplitude: 1.2 Vp-p Absolute Max input: 2 Vp-p RMS Jitter f: trigger clock frequency (GHz) 0.1 f < f f 15 Typ. 1.0 ps 400 fs 200 fs Max. 1.5 ps 1.35 ps 280 fs : At 25 ±5 C, Option 024 Precision Trigger On Sampling Oscilloscope (Electrical Channel) Data Input Amplitude Setting Amplitude Accuracy Connector: K (f) Termination: 50Ω, DC coupled Absolute Max. Rating: ±2 V Dynamic Range: ±400 mv (Relative value of amplitude offset) Scale: 1 mv/div to 200 mv/div, 1 mv steps Offset: 500 mv to +500 mv, 1 mv steps ± amplitude accuracy ±2% for read value (Calculation example: At 400 mv amplitude read value and 50 mv offset voltage) The following figure shows the amplitude accuracy after calibration. Amplitude Accuracy (±mv) Scale = 250 mv/div Scale = 200 mv/div Scale = 100 mv/div Scale = 50 mv/div Scale = 15 mv/div Scale = 1 mv/div 16 3-dB Bandwidth Flatness RMS Noise GHz (typ.) ±1 db (10 MHz to 30 GHz, typ.) 1.5 mv (typ.) 2.5 mv (max.) Difference Offset Voltage (mv)

17 BERTWave MP2110A Specifications Sampling Oscilloscope (Optical Channel) Connector Fiber Coupling Wavelength Bandwidth (No Filter) Filters FC Connector (changeable) 62.5 µm GI MMF, SMF SMF: 860 nm to 1650 nm MMF: 800 nm to 860 nm SMF: 35 GHz (typ.) MMF: 25 GHz (typ.) NRZ PAM4 (Option 095) 100 GbE/4 ( Gbit/s) 50 GbE/100 GbE/200 GbE/400 GbE: 100 GbE/4 FEC ( Gbit/s) Gbaud MM TDECQ (11.2 GHz) OTU4 ( Gbit/s) Gbaud SM TDECQ (13.3 GHz) 32GFC (28.05 Gbit/s) Gbaud (19.3 GHz) Gbaud SM TDECQ (26.6 GHz) Gbaud (38.7 GHz) 64GFC: Gbaud MM TDECQ (12.4 GHz) Gbaud SM TDECQ (14.45 GHz) : Supports operation when Coherent Eye Mode and Test Pattern setting is not Variable. Uses filter response correction by digital signal processing (software) to secure reference filter band. Optical Noise Mask Sensitivity (Estimated optical power when Mask Margin (Hit Count 0) reaches 0% (calculated from optical noise)) Amplitude Setting Max. Input Power (Non-Saturated Range) Absolute Max. Rating (Damage-free Range) Optical Return Loss Optical Parameters O/E Monitor Out (Only with Option 054 installed) Conditions Without Option 054 With Option nm, OTU4 Filter 3.4 µwrms (typ.), 4.3 µwrms (max.) 4.8 µwrms (typ.), 6.1 µwrms nm, No Filter 5.4 µwrms (typ.), 7.5 µwrms (max.) 7.6 µwrms (typ.), 10.6 µwrms nm, OTU4 Filter 6.7 µwrms (typ.), 8.4 µwrms (max.) 9.5 µwrms (typ.), 11.9 µwrms nm, No Filter 8.1 µwrms (typ.), 10.5 µwrms (max.) 11.4 µwrms (typ.), 14.9 µwrms (max.) Conditions Without Option 054 With Option 054 SMF (typ., 1310 nm, OTU4 Filter) 15.0 dbm 13.5 dbm MMF (typ., 850 nm, OTU4 Filter) 12.0 dbm 10.5 dbm Scale: 1 µw/div to 200 µw/div, 1 µw steps Offset: 500 µw/div to 500 µw/div, 1 µw steps SMF: 2 dbm (typ., at monitoring 1310 nm, 8 db extinction ratio signal) MMF: 0 dbm (typ., at monitoring 850 nm, 3 db extinction ratio signal) SMF MMF Average Value +5 dbm +7 dbm Peak +8 dbm +10 dbm SMF: 27 db (typ., at 1310 nm SMF connection) MMF: 20 db (typ., at 850 nm MMF connection) Range: 18 to 0 dbm Accuracy p: Input Level Input Level (dbm) 18 p < p 0 Accuracy (typ.) ±0.6 db ±0.35 db Connector: K (f) Conversion Gain: 60 V/W (SMF input, typ.), 33 V/W (MMF input, typ.) Clock Recovery (Electrical/Optical) (Option 054) Connector: K (f), 50Ω, AC coupled The DC component is terminated to GND via a 50Ω. Data Format: NRZ, PAM4 Bit Rate: 25.5 Gbaud to 28.2 Gbaud CRU Input Input Sensitivity: 10 mvp-p (typ.) 1, 2, 20 mvp-p (max.) 2 Max. Amplitude: 800 mvp-p Absolute Maximum Input: 1 Vp-p Withstand Contiguous 0 s: 500 bits min. at PRBS Zero Substitution Pattern Connector: SMA (f), 50Ω, AC coupled In Recovery Mode Amplitude: 480 mvp-p (typ.) Clock frequency: GHz to 14.1 GHz (half-rate Clock) Additive Jitter: 250 fs rms (typ.) CRU Output 1, 3, 400 fs rms (max.) 3 Loop Bandwidth: 4 MHz, 10 MHz, bit rate/1667 selected, 20 db/dec attenuation In Through Mode Amplitude: 500 mvp-p (typ.) Operation Frequency: 0.1 GHz to GHz ( GHz requires 28.2 GHz 1/16 Clock) Additive Jitter: 200 fs rms (typ.) 1, 4, 400 fs rms (max.) 4 1: 25 ±5 C 2: NRZ, at Gbit/s, PRBS 231 1, 10-MHz Loop Bandwidth, using MP2110A PPG 3: NRZ, at / /28.05 Gbit/s, 400 ±100 mvp-p, 1/4 Clock Pattern, 10-MHz Loop Bandwidth, using MP2110A PPG 4: NRZ, at / /28.05 Gbit/s, 400 mvp-p, 1/16 Clock Pattern, using MP2110A PPG 17

18 BERTWave MP2110A Selection Guide Selection Guide Either a BERT or a sampling oscilloscope, or both a BERT and a sampling oscilloscope can be selected for the MP2110A. Select by referring to the following table and block diagram. BERT Sampling Oscilloscope Select any one Select as addition Select any one Select as addition Function Selection/Option Addition 1ch MP2110A-011 2ch MP2110A-012 4ch MP2110A-014 PPG/ED Bit Rate Extension Adds bit rates of 9.5 Gbit/s to 14.2 Gbit/s to standard MP2110A-093 range of 24.3 Gbit/s to 28.2 Gbit/s. Differential Electrical MP2110A-021 Optical 2ch 1 MP2110A-022 or MP2110A E/O 1 MP2110A-023 or MP2110A ch SMF Optical 1 MP2110A-025 or MP2110A ch MMF Optical 1 MP2110A-026 or MP2110A Precision Trigger Supports high-accuracy jitter measurement MP2110A-024 Clock Recovery (Electrical/Optical) Recovers Clock from input data signal MP2110A-054 PAM4 Analysis Software Supports PAM4 signal analysis MP2110A-095 Jitter Analysis Software Supports NRZ signal Jitter analysis MP2110A-096 1: The Single Mode (SMF) supports optical signals of 860 nm to 1650 nm; the Multi Mode (MMF) supports optical signals of 800 nm to 890 nm. 2: Option 02x and Option 03x have different optical channel reference receiver characteristics (Bessel filter approximation characteristics). Option 03x is adjusted for a smooth roll-off characteristic at the low-frequency side. Block Diagram MP2110A BERT Option 021 Option 011 PPG1 ED1 Ch A Ch B Option 012 PPG2 ED2 Ch A Option 022/032 Filter SW O/E SMF MMF Option 014 SW PPG3 ED3 PPG4 ED4 Sync. Out Clock Out Ch B Ch A Ch B Filter SW Option 023/033 Filter SW Option 025/035 O/E O/E SMF MMF SMF MMF Sampling Oscilloscope Ch B Filter O/E SMF Option 021/022/023/025/026/032/033/035/036 Ch A/B Separate Option Details Option 026/036 Option 024 Precision Trigger Ch B Filter O/E MMF Trigger In Option 054 Ch A Optical or Electrical Option 054 Clock Recovery Option Details Ch B Optical O/E ChB Monitor Out CRU In CRU CRU Out Trigger Clk In 18 Optical channel: The clock in the optical signal input to Ch B is recovered. Use the accessory U-link coaxial cable to make the connection. Electrical channel: Split the signal using the Pick-off tee and input to CRU In. There is no Monitor Out connector when Ch B is an electrical channel.

19 BERTWave MP2110A Ordering Information When making a contract, determine the configuration by referencing the selection guide and specify the type, model, name, and quantity. The names listed in the chart below are Order Names. The actual name of the item may differ from the Order Name. Model/Order No. Name Main Frame MP2110A BERTWave J1627A Standard Accessories Power Cord GND Connection Cable: 1 MX210000A BERTWave Control Software CD-ROM: 1 MP2110A-011 MP2110A-012 MP2110A-014 MP2110A-021 MP2110A-022 MP2110A-023 MP2110A-024 MP2110A-025 MP2110A-026 MP2110A-032 MP2110A-033 MP2110A-035 MP2110A-036 MP2110A-054 MP2110A-093 MP2110A-095 MP2110A-096 MP2110A-111 MP2110A-112 MP2110A-114 MP2110A-121 MP2110A-122 MP2110A-123 MP2110A-124 MP2110A-125 MP2110A-126 MP2110A-132 MP2110A-133 MP2110A-135 MP2110A-136 MP2110A-154 MP2110A-193 MP2110A-195 MP2110A-395 MP2110A-196 MP2110A-396 J1632A J1341A J1632A J1341A J1632A J1341A J1341A J0617B Z0397A J1341A J0617B Z0397A J1341A Options 1ch BERT 2ch BERT 4ch BERT Dual Electrical Scope Dual Optical Scope Optical and Single-ended Electrical Scope Precision Trigger Optical Scope for Singlemode Optical Scope for Multimode Dual Optical Scope Baseband Flat Optical and Single-ended Electrical Scope Baseband Flat Optical Scope for Singlemode Baseband Flat Optical Scope for Multimode Baseband Flat Clock Recovery (Electrical/Optical) PPG/ED Bit Rate Extension PAM4 Analysis Software Jitter Analysis Software Retrofit Options 1ch BERT Retrofit 2ch BERT Retrofit 4ch BERT Retrofit Dual Electrical Scope Retrofit Dual Optical Scope Retrofit Optical and Single-ended Electrical Scope Retrofit Precision Trigger Retrofit Optical Scope for Singlemode Retrofit Optical Scope for Multimode Retrofit Dual Optical Scope Baseband Flat Retrofit Optical and Single-ended Electrical Scope Baseband Flat Retrofit Optical Scope for Singlemode Baseband Flat Retrofit Optical Scope for Multimode Baseband Flat Retrofit Clock Recovery (Electrical/Optical) Retrofit PPG/ED Bit Rate Extension Retrofit PAM4 Analysis Software Retrofit PAM4 Analysis Software Retrofit Jitter Analysis Software Retrofit Jitter Analysis Software Retrofit Standard Accessories MP2110A-011 Terminator: 3 Open: 5 Standard Accessories MP2110A-012 Terminator: 5 Open: 7 Standard Accessories MP2110A-014 Terminator: 9 Open: 11 Standard Accessories MP2110A-021 Open: 3 Standard Accessories MP2110A-022/032 Replaceable Optical Connector (FC-PC): 4 FC ADAPTER CAP: 4 Open: 1 Standard Accessories MP2110A-023/033 Replaceable Optical Connector (FC-PC): 2 FC ADAPTER CAP: 2 Open: 2 Model/Order No. Name J0617B Standard Accessories MP2110A-025/035 Replaceable Optical Connector (FC-PC): 1 Z0397A FC ADAPTER CAP: 1 J1341A Open: 1 J0617B Z0397A J1341A J1632A J1341A J1763A J1764A MP2110A-ES310 MP2110A-ES510 B0734A B0735A G0342A G0364A G0366A J0617B J0618D J0618E J0619B J0635A J0660A J0839A J0893A J1632A J1139A J1341A J1342A J1343A J1344A J1345A J1346A J1347A J1348A J1349A J1359A J1439A J1763A J1764A J1510A J1519A J1551A J1681A J1682A W3831AE W3773AE Z0306A Z0397A Z0541A Z0914A Z0915A Z1944A Z1952A Standard Accessories MP2110A-026/036 Replaceable Optical Connector (FC-PC): 1 FC ADAPTER CAP: 1 Open: 1 Standard Accessories MP2110A-054 Terminator: 1 Open: 2 U Link Coaxial Cable (K): 1 U Link Coaxial Cable (SMA): 1 Maintenance Service 3 Years Extended Warranty Service 5 Years Extended Warranty Service Optional Accessories Carrying Case Rack Mount Kit ESD DISCHARGER 100G LR nm QSFP28 100G SR4 850 nm QSFP28 Replaceable Optical Connector (FC-PC) Replaceable Optical Connector (ST) Replaceable Optical Connector (DIN) Replaceable Optical Connector (SC) FC PC-FC PC-1M-SM SC PC-SC PC-1M-SM SC PC-SC PC-1M-GI FC PC-FC PC-1M-GI Terminator FC PC-LC PC-1M-SM Open (Coaxial connector cover) Coaxial Cable 0.8 m Coaxial Cable 1 m LC/PC-LC/PC-1M-SM SC/PC-LC/PC-1M-SM LC/PC-LC/PC-1M-GI (62.5/125) FC/PC-LC/PC-1M-GI (62.5/125) SC/PC-LC/PC-1M-GI (62.5/125) Coaxial Cable 0.3 m Coaxial Adaptor (K-P K-J, SMA compatible) Coaxial Cable (0.8 m, K connector) U Link Coaxial Cable (K) U Link Coaxial Cable (SMA) Pick OFF Tee Optical Fiber Cord (MM, 12FIBER, MPO,3M) Coaxial Skew Match Cable (0.8 m, K connector) MPO Loopback Cable MPO to FC convert cable MP2110A BERTWave Operation Manual BERTWave Series Remote Control Operation Manual List Wrap FC ADAPTER CAP USB Mouse Ferrule Cleaner Replacement Reel for Ferrule Cleaner LCD Monitor HDMI to VGA Adapter : About PAM4 Analysis Software Retrofit is sometimes, depending on the serial number, the customer can perform the retrofit, but sometimes return to the factory may be necessary. Contact your sales representative for more details. 19

20 BERTWave MP2110A Related Products BERTWave MP2100B For R&D and Manufacturing of 10G and 40G Multi-channel Optical Modules All-in-one BER and Eye-pattern analysis Built-in 1ch to 4 ch 12.5 Gbit/s BERT High-speed mask tests Jitter 1 ps high-quality PPG and 10 mvp-p high-sensitivity ED The all-in-one MP2100B has a built-in BER tester and sampling oscilloscope for running simultaneous BER tests and eye pattern analyses required for developing and manufacturing modules. The number of BERT channels can be expanded to four, all supporting simultaneous BER measurements. Additionally, the high sampling speed reduces the eye pattern measurement time. Multi-channel optical modules, such as QSFP+, can be measured more efficiently using the MP2100B. Optical Spectrum Analyzer MS9740A Faster measurement speed shortens measurement time and improves production efficiency 600 nm to 1750 nm Faster measurement speed of <0.2 s/5 nm reduces total analysis time for active optical devices Built-in applications for evaluating active optical devices Excellent cost performance >58 db dynamic range (0.4 nm from peak wavelength) 30 pm minimum resolution Low power consumption (75 VA), light weight (15 kg max.) The MS9740A reduces production costs by shortening active optical device evaluation times and supporting efficient analysis applications. Excellent Eco Product Excellent Eco Product Optical Attenuator G035xF/S This bench-top optical attenuator has an optical attenuation of 60 db. Support for remote control over GPIB makes it easy to configure a remote measurement setup in combination with the the BERTWave series. Choose the model with the correct fiber connectors for the application. Optical Switch G034xF/S This bench-top optical switch supports 1 4, 2 4, and 1 16 switching. Support for remote control over GPIB makes it easy to configure a remote measurement setup in combination with the the BERTWave series. Choose the model with the correct fiber connectors for the application. 20 Model/Order No. Name G0350F Programmable Optical Attenuator (SM9, FC/UPC) G0350S Programmable Optical Attenuator (SM9, SC/UPC) G0351F Programmable Optical Attenuator (SM9, FC/UPC, Power Monitor) G0351S Programmable Optical Attenuator (SM9, SC/UPC, Power Monitor) G0352F Programmable Optical Attenuator (GI50, FC/UPC) G0352S Programmable Optical Attenuator (GI50, SC/UPC) G0353F Programmable Optical Attenuator (GI50, FC/UPC, Power Monitor) G0353S Programmable Optical Attenuator (GI50, SC/UPC, Power Monitor) G0354F Programmable Optical Attenuator (GI62.5, FC/UPC) G0354S Programmable Optical Attenuator (GI62.5, SC/UPC) G0355F Programmable Optical Attenuator (GI62.5, FC/UPC, Power Monitor) G0355S Programmable Optical Attenuator (GI62.5, SC/UPC, Power Monitor) : KC Mark not support Model/Order No. Name G0344F Optical Switch (1 4, SM9, FC/UPC) G0344S Optical Switch (1 4, SM9, SC/UPC) G0345F Optical Switch (1 16, SM9, FC/UPC) G0345S Optical Switch (1 16, SM9, SC/UPC) G0346F Optical Switch (1 4, GI50, FC/UPC) G0346S Optical Switch (1 4, GI50, SC/UPC) G0347F Optical Switch (1 4, GI62.5, FC/UPC) G0347S Optical Switch (1 4, GI62.5, SC/UPC) G0348F Optical Switch (2 4, GI50, FC/UPC) G0348S Optical Switch (2 4, GI50, SC/UPC) G0349F Optical Switch (2 4, GI62.5, FC/UPC) G0349S Optical Switch (2 4, GI62.5, SC/UPC) : KC Mark not support

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24 Specifications are subject to change without notice. United States Anritsu Company 450 Century Parkway, Suite 190, Allen, TX U.S.A. Toll Free: Phone: Canada Anritsu Electronics Ltd. 700 Silver Seven Road, Suite 120, Kanata, Ontario K2V 1C3, Canada Phone: Fax: Brazil Anritsu Eletronica Ltda. Praça Amadeu Amaral, 27-1 Andar Bela Vista - Sao Paulo - SP Brazil Phone: Fax: Mexico Anritsu Company, S.A. de C.V. Blvd Miguel de Cervantes Saavedra #169 Piso 1, Col. Granada Mexico, Ciudad de Mexico, 11520, MEXICO Phone: United Kingdom Anritsu EMEA Ltd. 200 Capability Green, Luton, Bedfordshire, LU1 3LU, U.K. Phone: Fax: France Anritsu S.A. 12 avenue du Québec, Bâtiment Iris 1- Silic 612, VILLEBON SUR YVETTE, France Phone: Fax: Germany Anritsu GmbH Nemetschek Haus, Konrad-Zuse-Platz München, Germany Phone: Fax: Italy Anritsu S.r.l. Via Elio Vittorini 129, Roma, Italy Phone: Fax: Printed on Recycled Paper Sweden Anritsu AB Isafjordsgatan 32C, KISTA, Sweden Phone: Finland Anritsu AB Teknobulevardi 3-5, FI VANTAA, Finland Phone: Fax: Denmark Anritsu A/S Torveporten 2, 2500 Valby, Denmark Phone: Fax: Russia Anritsu EMEA Ltd. Representation Office in Russia Tverskaya str. 16/2, bld. 1, 7th floor. Moscow, , Russia Phone: Fax: Spain Anritsu EMEA Ltd. Representation Office in Spain Edificio Cuzco IV, Po. de la Castellana, 141, Pta , Madrid, Spain Phone: Fax: United Arab Emirates Anritsu EMEA Ltd. Dubai Liaison Office 902, Aurora Tower, P O Box: Dubai Internet City Dubai, United Arab Emirates Phone: Fax: India Anritsu India Private Limited 6th Floor, Indiqube ETA, No.38/4, Adjacent to EMC2, Doddanekundi, Outer Ring Road, Bengaluru , India Phone: Fax: Singapore Anritsu Pte. Ltd. 11 Chang Charn Road, #04-01, Shriro House Singapore Phone: Fax: P.R. China (Shanghai) Anritsu (China) Co., Ltd. Room , Tower A, New Caohejing International Business Center No. 391 Gui Ping Road Shanghai, , P.R. China Phone: Fax: P.R. China (Hong Kong) Anritsu Company Ltd. Unit , 10/F., Greenfield Tower, Concordia Plaza, No. 1 Science Museum Road, Tsim Sha Tsui East, Kowloon, Hong Kong, P.R. China Phone: Fax: Japan Anritsu Corporation 8-5, Tamura-cho, Atsugi-shi, Kanagawa, Japan Phone: Fax: Korea Anritsu Corporation, Ltd. 5FL, 235 Pangyoyeok-ro, Bundang-gu, Seongnam-si, Gyeonggi-do, Korea Phone: Fax: Australia Anritsu Pty. Ltd. Unit 20, Ricketts Road, Mount Waverley, Victoria 3149, Australia Phone: Fax: Taiwan Anritsu Company Inc. 7F, No. 316, Sec. 1, NeiHu Rd., Taipei 114, Taiwan Phone: Fax: Printed in Japan 27/AUG/2018 ddcm/cdt Catalog No. MP2110A-E-A-1-(5.00)